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Consistent Quality

The consensus is clear, high-quality CPR has been shown to save lives.1,2 But, how do you know if your teams are consistently delivering high-quality compressions? The CPRmeter 2 is a simple tool you can use to ensure high-quality compressions are delivered from all the providers on scene.3,4 The CPRmeter 2 provides real-time measured feedback on depth, rate and release of CPR, while also enabling providers to self-evaluate their performance with event statistics on the spot.

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Quality Improvement for First Response Providers

Response systems to cardiac arrest vary, but we know that the sooner high quality CPR can be initiated, the better chances for positive patient outcomes.5 Equipping front line teams with the CPRmeter 2 can help ensure high quality throughout the resuscitation event, while complementing ongoing improvement initiatives with objective feedback.3,4

Quick and easy debriefing

Review key performance statistics of delivered compressions with one touch after the event. Resuscitation response scenes tend to be hectic with dispersing responders. Having instant access to objective key performance metrics can lead to quick feedback and debriefing, which has been shown to improve performance and outcomes.6,7,8

CPRmeter App

The CPRmeter 2 with QCPR technology provides real-time coaching and summative feedback to help rescuers optimize CPR performance in a clinical setting. Combined with the CPRmeter App, organizations can now drive quality improvement initiatives with detailed and shareable insights on CPR performance.

By rotating the view within the app, providers can examine visual feedback of their clinical or training performance. This detailed view delivers insights on the essential parameters of CPR. In addition, providers can annotate important events such as obtaining Return of Spontaneous Circulation.

New and impoved features

New ergonomic design

Larger and brighter display

Simple cleaning and disinfection methods

Longer run time with AAA battery

Low cost of ownership

Fast wireless software updates

FAQ

CPRmeter 2 has two embedded sensors: one measuring acceleration and another measuring force. A sophisticated microprocessor continuously measures both of these parameters during each compression, and special algorithms convert the collected data into meaningful information.

The accelerometer measures the depth and rate of chest wall movement during each compression and converts it into distance travelled. The force sensor measures the force applied during CPR and is used for several purposes, the most important being to detect that pressure is not fully released between compressions i.e. provide feedback if the responder is leaning during CPR.

When a shock is required the CPRmeter 2 can remain applied to the patient's chest but compressions should be stopped, hands removed from the CPRmeter 2 and remain clear of all patient contact during defibrillation or when otherwise required, in accordance with a proper defibrillation protocol.

You should switch off the feedback given from the manikin. The CPRmeter 2 is a medical device which has been designed to provide the rescuer with CPR guidance for use in a wide range of patients with a range of complex chest properties. CPR manikins tend to have a simplified mechanical model of a chest, which are suitable for training of users in performing CPR. These two models therefore tend to have different measurement technologies and tolerances making it difficult to compare and follow both sets of feedback provided.

CPRmeter 2 is not intended for use in a moving environment, such as an ambulance. If used during patient transport, CPRmeter 2 may provide inaccurate feedback. If CPR is indicated in a moving environment, do not rely on CPRmeter 2 depth feedback during such conditions. It is not necessary to remove the device from the patient.

CPRmeter 2 continuously monitors the power of its 2 AAA batteries. The low battery indicator will be shown during a CPR event if the remaining power is less than that required for an entire CPR event. The battery should last for a minimum of 10 episodes of 30 minutes continuous CPR. If CPRmeter 2 remains in standby mode then the battery should last 2 years and last for 2 30 minute CPR events. We recommend use of high quality alkaline batteries for use with the CPRmeter 2.

The CPR event statistics are stored when CPRmeter 2 is turned off. When turned on again, the statistics from the stored CPR event can be reviewed. When CPRmeter 2 is used in a new CPR event, the preceding event’s statistics are removed from the Quick Review and the new event’s statistics are shown in Q-CPR Quick Review.

Q-CPR is a trademarked technology platform developed by Laerdal to help train providers deliver guideline quality CPR in real-life emergencies. This technology offers objective measurement and corrective feedback on essential CPR parameters, as well as parameter logging for subsequent debriefing or analysis.